An apparatus and system is disclosed for facilitating an angler in placing fish into a weigh-in bag from a boat's live well. The apparatus includes a post for inserting into a seat post receiver of a boat, and has a hook on its top for receiving handles of a weigh-in bag. The apparatus also preferably includes a fill tube connected to the pumping system of a boat's live well plumbing system. The apparatus holds and fills the bag in a position and location convenient to allow an angler to use both hands to retrieve a fish from a live well and then insert the fish into the bag.

The present device is a specimen containment unit comprising; a container, wherein the container has a first portion of a locking mechanism positioned distal to an opening, and a funnel having a base and a plurality of segments attached to the base and a second portion of a locking mechanism integrated into the base, wherein the segments protrude a predetermined distance and angle from the base, wherein the first portion of the locking mechanism is designed to mate with the second portion of the locking mechanism to secure the funnel to the container.

The present device is a specimen containment unit comprising; a container, wherein the container has a first portion of a locking mechanism positioned distal to an opening, and a funnel having a base and a plurality of segments attached to the base and a second portion of a locking mechanism integrated into the base, wherein the segments protrude a predetermined distance and angle from the base, wherein the first portion of the locking mechanism is designed to mate with the second portion of the locking mechanism to secure the funnel to the container.

An oxygen generation device having a compressed air supply device, air cooling coil, a fan, pneumatic valve system, a housing, at least one media insert, an on-off switch, a printed circuit board, and a touch screen. The pneumatic valve system includes an air inlet port, a first air outlet port connected to the inlet of the first media insert, a second air outlet port connected to the inlet of the second media insert. The air inlet port receives compressed air from the compressed air supply device and alternatingly provides the compressed air to one of the first media insert and the second media insert. The lower housing includes check valve ball moveable between the first position and the second position and alternatingly controlling a flow of compressed air through the first media insert and the second media insert.

A live bait pen includes a porous housing having fence framework including a side framework portion, a container surface disposed within the side of framework portion configured for ease of removal of bait within the pen, and an openable lid operably disposed on a top of said side framework portion to provide easy insertion of bait in said pen.

A live bait pen includes a porous housing having fence framework including a side framework portion, a container surface disposed within the side of framework portion configured for ease of removal of bait within the pen, and an openable lid operably disposed on a top of said side framework portion to provide easy insertion of bait in said pen.

A towable live well device for storing fish in a floating live well towed behind a vessel includes a container which tapers from a rear end to a tow end and defines an interior space. A rear edge of a perimeter wall of the container defines an opening to the interior space. A porous rear wall extends across the opening and is configured for permitting a water through the opening and containing a fish in the interior space. A container door opens and closes a container aperture for placing the fish into the interior space. A flotation member is coupled to the container and has a density such that it is configured to float the device. A tow bracket is coupled to the container and is configured for securely tying to a tow line for towing the device by a vessel.

A towable live well device for storing fish in a floating live well towed behind a vessel includes a container which tapers from a rear end to a tow end and defines an interior space. A rear edge of a perimeter wall of the container defines an opening to the interior space. A porous rear wall extends across the opening and is configured for permitting a water through the opening and containing a fish in the interior space. A container door opens and closes a container aperture for placing the fish into the interior space. A flotation member is coupled to the container and has a density such that it is configured to float the device. A tow bracket is coupled to the container and is configured for securely tying to a tow line for towing the device by a vessel.

A fishing tackle module is provided for removable attachment to the rim of a bucket. The module includes a curved body member having a flanged leading edge adapted for engagement with the rim of a bucket, a trailing edge, and a surface that extends between the flanged leading edge and the trailing edge; a plurality of enlarged openings formed through the surface at spaced intervals; a plurality of apertures formed through the surface at spaced intervals adjacent the trailing edge; and a sheath engaged with and extending downwardly from one of the enlarged openings.

A towable live well device for storing fish in a floating live well towed behind a vessel includes a container which tapers from a rear end to a tow end and defines an interior space. A rear edge of a perimeter wall of the container defines an opening to the interior space. A porous rear wall extends across the opening and is configured for permitting a water through the opening and containing a fish in the interior space. A container door opens and closes a container aperture for placing the fish into the interior space. A flotation member is coupled to the container and has a density such that it is configured to float the device. A tow bracket is coupled to the container and is configured for securely tying to a tow line for towing the device by a vessel.